1.
The Influence of Turbine Volute Section Changing Curve for Inner Flow and Outlet Parameters
蜗壳截面变化规律对蜗壳内流动及其出口参数的影响
2.
Improved design of double volute and throat area research of performance influence for a certain centrifugal pump
双蜗壳离心泵设计及喉部面积对性能的影响
3.
Hydraulic design of spiral casing with non-circular section and its verification with CFD analysis
全蜗壳的非圆形断面水力设计及其CFD分析验证
4.
globoidal worm gear
曲面蜗轮,球面蜗轮
5.
Test your eyesight, pick out1 of have the snail from four snail hull insides, very dizzy. The mouse control.
考验你的眼力，从四个蜗牛壳里面挑出来有蜗牛的一个，很头晕。鼠标控制。
6.
Design on the Work Surface of Impeller in Nuclear Power Plant Concrete Volute Pump Water Cycle Model
核电站混凝土蜗壳循环泵水力模型中叶轮工作曲面的优化设计
7.
horizontal single-stage double-suction volute pump
卧式单级双吸蜗壳泵
8.
The shell of a snail is its skeleton.
蜗牛的壳是它的骨骼。
9.
The snail retreated into its shell.
蜗牛缩进壳里去了.
10.
IRRADIATION DAMAGE CALCULATION OF PWR PRESSURE VESSEL AND ANALYSIS OF CROSS SECTION SENSITIVITY
压水堆压力壳辐照损伤计算和截面敏感性分析
11.
Study of the Measurement of Atomic Inner-Shell Ionization Cross-sections by Electron Impact;
电子碰撞原子内壳层电离截面的实验研究
12.
Nonlinear Static/Dynamic Analysis of the Non-Circular Cross-section Laminated Thick Column Shells;
层合中厚非圆截面柱壳的非线性静动力学分析
13.
A Calculation to Atomic lonization Cross Section on K - Shell When Bombarding a Nuclear Target With Election;
电子轰击核靶原子K壳层电离截面的一种计算
14.
Prediction of Void Fraction of aShe]1--side Gas-liquid Two--phase F1ow along a Horizontal Direction Transverse Horizonta1 Tube Bund]e
壳侧气液两相流沿水平方向横掠水平管束截面含气率的预测
15.
Thickness Determination of Thin-film Samples Used in Atomic Innner-Shell Ionization Measurement by Rutherford Backscattering Spectrometry
原子内壳层电离截面研究中薄靶厚度的卢瑟福背散射分析
16.
Study of Nanocrystal Films with Helium and Inner-shell Ionization Cross-sections Using Backscattering Spectrometry;
背散射分析技术在固氦材料及原子内壳层电离截面研究中的应用
17.
Numerical Simulation and Structural Optimization of Jacketed Tapered Flow Distributor in New Type Heat Exchanger with Longitudinal Flow of Shellside Fluid;
新型纵流壳程换热器夹套式变截面导流筒数值模拟与结构优化
18.
Measurement of L-subshell X-ray Production Cross Section of Tantalum and Aurum by Heavy Charged Ions Bombardment;
高电荷态离子碰撞引起的钽、金L壳层X射线产生截面测量